[1]
General provisions for design and construction of gas distribution systems of metal and plastic pipes. JV 42-101-2003. MSO polymerase, 2003, p.165.
Google Scholar
[2]
Fundamentals of automatic control and control, Textbook. Allowance for non-electric specialties, Ed. by V. M. Ponomarev, A.P. Litvinov. High school, Moscow, 1974. p.439.
Google Scholar
[3]
O.A. Gnezdilova, N.S. Kobelev, A.N. Kobelev, Mathematical model of the system supply of low pressure as energy saving schemes operational management, The news Veronikas, 2009. p.256.
Google Scholar
[4]
O.A. Gnezdilova, N.S. Kobelev, The basics of process simulation management of urban systems the supply of medium and high pressure. The news Veronikas, 2009, p.243.
Google Scholar
[5]
SP 42-101-2003. General provisions for the design and construction of gas distribution systems of metal and plastic pipes / M. ZAO Polimergaz, 2003, p.165.
Google Scholar
[6]
O.A. Gnezdilova, V.F. Stepanov, Control of energy saving in heating systems, heating and hot water / Abstracts XXXIV university scientific conference of students and graduate students in research Youth and XXI Century, Kursk, (2006).
Google Scholar
[7]
O.A. Gnezdilova, The main provisions of the calculation of thermal parameters struezakruchivayuschih devices / Materials and strengthening technologies, Collected materials XIV Russian scientific-tehn. conf. with international participation (16-18 October 2007), Kursk (2007).
Google Scholar
[8]
O.A. Gnezdilova, Struezavihritelnye devices as devices that improve the effectiveness of accounting controls coolant / Materials and strengthening technologies. Collected materials XIV Russian scientific-tehn. conf. with international participation (16-18 October 2007). Kursk, (2007).
Google Scholar
[9]
O.A. Gnezdilova, Improving Accuracy of measurement technology in the production of building materials / Modern problems of technical, science and human knowledge: Proceedings of the scientific-practical conferention. Stary Oskol, (2005).
Google Scholar
[10]
O.A. Gnezdilova, N.S. Kobelev, V.F. Stepanov, Some provisions of the vortex processes as the basis for calculating the parameters of devices struezakruchivayuschih heat points / Proceedings of the Kursk State Technical University, №2 (19). Kursk, (2007).
Google Scholar
[11]
N.S. Kobelev, O.A. Gnezdilova, N.E. Semicheva, V.A. Lapin, Dynamics of vortex compressor suction mining machine in terms of public works / Proceedings Vibrating machines and technologies,. Kursk, (2008).
Google Scholar
[12]
O.A. Gnezdilova, N.S. Kobelev, The value of the instrument for measuring the flow, as well as to improve the energy efficiency of transport coolant / Proceedings of international academic readings Safety Building Fund of Russia. Problems and Solutions. ,. Kursk, (2006).
Google Scholar
[13]
N.S. Kobelev, O.A. Gnezdilova, I.S. Zakharov, Patent 2251081 Russian Federation MPK7 G 01 F 1/32, 15/12. Counter-meter / applicant and patentee KurskGTU. - № 2003112072/28; appl. 24. 04. 2003 .; publ. 27. 04. 2005, Bull. Number 12 (II h. ).
Google Scholar
[14]
N.S. Kobelev, O.A. Gnezdilova, P.A. Krasnykh, V.D. Evdokimov, Patent 34732 Russian Federation MPK7 G 01 L 11/00. Gauge pressure difference / applicant and patentee KurskGTU. - number 2003122444; appl. 21. 07. 2003 .; publ. 10. 12. 2003, Bull. Number 34.
Google Scholar
[15]
Kobelev N.S., O.A. Gnezdilova, G.G. Shchedrin, V.N. Kobelev, O.S. Loktionova, Patent 66, 478 Russian Federation MPK7 F 17 D 1/05. A device for throttling the gas / applicant and patentee KurskGTU. - №2007102345 / 22 stated. 22. 01. 2007 .; publ. 10. 09. 2007, Bull. Number 25.
Google Scholar
